void run_test() { printf("Running test for DROTM with N = %d, incx = %d, incy = %d, flag = %f\n", N, incx, incy, param[0]); printf("%32s%32s\n","ACML", "FORTRAN"); printf("Trials\n"); printf("%32s%32s%32s\n", "Time (ns)", "Time (ns)", "ACML == FT"); int c = 8, ic, it = 0; unsigned long long int tot1 = 0, tot2 = 0; for (ic = 0; ic < c; ic++) { unsigned long long int t1, t2; t1 = acml_time(); t2 = f_time(); printf("%32d", array_cmp()); if (ic >= 2) { tot1 += t1; tot2 += t2; it ++; } printf("\n"); } printf("Average (Does not include first two trials)\n"); printf("%32llu%32llu\n",tot1/it,tot2/it); printf("\n"); }
void run_test() { printf("Running test for SCNRM2 with N = %d, incx = %d\n", N, incx); printf("%32s%32s\n","ACML","Fortran"); printf("Trials\n"); printf("%32s%32s%32s\n", "Time (ns)", "Time (ns)", "ACML == FT"); int c = 8, it = 0; unsigned long long int tot1 = 0, tot2 = 0; int ic; for (ic = 0; ic < c; ic++) { unsigned long long int t1, t2; t1 = acml_time(); t2 = f_time(); printf("%32d", scalar_cmp()); if (ic >= 2) { tot1 += t1; tot2 += t2; ++it; } printf("\n"); } printf("Average (Does not include first two trials)\n"); printf("%32llu%32llu\n",tot1/it,tot2/it); printf("\n"); }
bool TestExtDatetime::test_time() { // XXX This test fails between 12:00AM and 12:59AM on 10/31/11 - 11/6/11 // and between 11:00PM and 11:59PM on 3/6/11 - 3/12/11, we should fix this. // This issue appears to have something to do with how strtotime() handles // daylight savings time. int nextWeek = f_time() + (7 * 24 * 60 * 60); VS(f_date("Y-m-d", nextWeek), f_date("Y-m-d", f_strtotime("+1 week"))); return Count(true); }
Variant c_DateTime::ti_createfromformat(const String& format, const String& time, CObjRef timezone /*= null_object */) { c_DateTime *datetime = NEWOBJ(c_DateTime); const auto curr = (format.find("!") != String::npos) ? 0 : f_time() ; datetime->m_dt = NEWOBJ(DateTime(curr, false)); if(!datetime->m_dt->fromString(time, c_DateTimeZone::unwrap(timezone), format.data(), false)) { return false; } return datetime; }
Variant HHVM_STATIC_METHOD(DateTime, createFromFormat, const String& format, const String& time, const Variant& timezone /*= null_variant */) { const Object& obj_timezone = timezone.isNull() ? null_object : timezone.toObject(); Object obj{DateTimeData::getClass()}; DateTimeData* data = Native::data<DateTimeData>(obj); const auto curr = (format.find("!") != String::npos) ? 0 : f_time() ; data->m_dt = req::make<DateTime>(curr, false); if (!data->m_dt->fromString(time, DateTimeZoneData::unwrap(obj_timezone), format.data(), false)) { return false; } return obj; }
Variant HHVM_STATIC_METHOD(DateTime, createFromFormat, const String& format, const String& time, const Variant& timezone /*= uninit_variant */) { auto tz = TimeZone::Current(); if (!timezone.isNull()) { const Object& obj_timezone = timezone.toObject(); if (!obj_timezone.instanceof(s_DateTimeZone)) { raise_argument_warning("DateTime::createFromFormat", 3, s_DateTimeZone, obj_timezone); return false; } tz = DateTimeZoneData::unwrap(obj_timezone); } Object obj{DateTimeData::getClass()}; DateTimeData* data = Native::data<DateTimeData>(obj); const auto curr = (format.find("!") != String::npos) ? 0 : f_time() ; data->m_dt = req::make<DateTime>(curr, false); if (!data->m_dt->fromString(time, tz, format.data(), false)) { return false; } return obj; }
bool TestExtDatetime::test_time() { int nextWeek = f_time() + (7 * 24 * 60 * 60); VS(f_date("Y-m-d", nextWeek), f_date("Y-m-d", f_strtotime("+1 week"))); return Count(true); }